Difference between revisions of "Event:IEEE ECCE 2017"

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|City=Cincinnati
 
|City=Cincinnati
 
|State=Ohio
 
|State=Ohio
|Country=USA
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|Country=Country:US
 
|has general chair=Andy Knight
 
|has general chair=Andy Knight
 
|has program chair=Emmanuel Agamloh, Dave Dorrell, Ryan Li, Mircea Popescu, Pat Wheeler
 
|has program chair=Emmanuel Agamloh, Dave Dorrell, Ryan Li, Mircea Popescu, Pat Wheeler
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|Start Date=2017/10/01
 
|Start Date=2017/10/01
 
|End Date=2017/10/05
 
|End Date=2017/10/05
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|Event Status=as scheduled
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|Event Mode=on site
 
}}
 
}}
 
''ECCE is the foremost IEEE conference in the field of electrical and electromechanical energy conversion. ECCE 2017, to be held in Cincinnati, the heartland of the North America energy conversion industry, will provide researchers, engineers and professionals from industry and academia a convivial and innovative atmosphere for interaction and networking.''
 
''ECCE is the foremost IEEE conference in the field of electrical and electromechanical energy conversion. ECCE 2017, to be held in Cincinnati, the heartland of the North America energy conversion industry, will provide researchers, engineers and professionals from industry and academia a convivial and innovative atmosphere for interaction and networking.''

Revision as of 14:28, 6 September 2022

ECCE is the foremost IEEE conference in the field of electrical and electromechanical energy conversion. ECCE 2017, to be held in Cincinnati, the heartland of the North America energy conversion industry, will provide researchers, engineers and professionals from industry and academia a convivial and innovative atmosphere for interaction and networking.

  • Following topics:
  • Renewable energy systems and energy storage
  • Smart grid and utility applications
  • Energy efficiency and industrial applications
  • Computer and telecommunication applications – power supplies, UPS, energy storage, and system architectures
  • Transportation applications
  • Electric machines and actuators
  • Electric motor drives
  • Power converters, control, and modeling
  • Power semiconductors and packaging
  • Magnetic materials and other passive components
  • Emerging power electronics technologies
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